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Provides detailed guidance on rate limits and implementation patterns for automating TechSmith products like Snagit and Camtasia. Covers using the Snagit COM API, batch rendering via Camtasia Producer CLI, and scripting best practices using PowerShell and Python interop. Essential for screen capture and video workflow automation.

This guide provides the reference architecture and instructions for automating TechSmith workflows. It details using the Snagit COM API and Camtasia Producer CLI for screen capture, video editing, and batch rendering processes. The architecture emphasizes using PowerShell and Python interop (pywin32) to manage complex automation tasks effectively.

This guide provides production-ready patterns for automating TechSmith tools using PowerShell and COM API. It features a Snagit COM API factory pattern for consistent screen capture and a batch rendering function for Camtasia. Use these patterns to build robust, automated content pipelines for screen recording and professional video production.

This guide provides essential security and implementation guidance for automating TechSmith's screen capture (Snagit) and video editing (Camtasia) workflows. It covers using the Snagit COM API, best practices for batch rendering with Camtasia CLI, and technical details for scripting in PowerShell and Python using pywin32. It also addresses common error handling scenarios like permission issues and file locking, ensuring robust automation.

This comprehensive guide provides detailed instructions for migrating and automating workflows involving TechSmith's Snagit COM API and Camtasia. It serves as a technical resource for advanced users, covering key considerations such as Windows-only requirements, scripting implementation using PowerShell and Python (pywin32), detailed input/output constant mappings, and essential error handling mechanisms for achieving robust screen capture and video editing automation.

Provides comprehensive guidance for integrating TechSmith products (Snagit and Camtasia) into automated workflows. This skill focuses on utilizing TechSmith webhooks and the Snagit COM API, enabling batch rendering, screen capture integration, and advanced video editing automation within scripting environments like PowerShell and Python.

Captures complete, full-page screenshots of any modern web page using the Chrome DevTools Protocol (CDP). Unlike standard tools, this utility handles Single Page Applications (SPAs), scrolling content, lazy-loaded images, and complex scroll containers, ensuring the entire visible content is captured in a single, high-fidelity PNG file. Ideal for documenting complex web flows and testing.

This skill generates a comprehensive, structured meeting notes page in HTML format. It captures all essential meeting elements, including attendees, a detailed agenda checklist, key decisions, and a trackable action items table (with owners and due dates). Ideal for documenting meeting minutes, 1:1 recaps, or all-hands summaries to ensure clear follow-up and accountability.

This skill generates a single, full-bleed, looping motion composition using only inline CSS animations. It functions as a high-fidelity poster frame, specifically designed to be captured by keyframe exporters (like HyperFrames or Lottie) to create animated hero videos, title cards, or video posters for marketing campaigns. Ideal for briefs requiring sophisticated 'motion design' or 'animated hero' assets.

This skill analyzes the user's local screen history captured by the screenpipe daemon. It detects repeated research patterns and workflows, compares them against known skills, and drafts actionable proposals for new or combined skills (composition recipes). It is designed to help users systematize their ongoing work habits and formalize repeatable processes into reusable skills.

A wireless 802.11 offensive testing methodology for red team and security assessments. It covers monitor-mode setup, handshake and PMKID capture, WPA3/Enterprise attacks, evil twin setups, WPS abuse, and related wireless intrusion techniques.

Techniques for attacking WPA/WPA2/WPA3-Enterprise 802.1X networks, including EAP method identification, evil-twin RADIUS credential capture, MSCHAPv2 cracking, and EAP-TLS certificate theft paths in corporate Wi-Fi environments.